Ring binder A4 Leitz 42850001

The Leitz 42850001 ring binder is a D-ring binder designed for A4 documents. It provides organized storage for sheets and printed materials with a 50 mm spine capacity, 281 mm depth and 319 mm height. Constructed from materials certified by the Forest Stewardship Council (FSC), the binder combines practical document handling with an environmentally conscious choice for offices, meeting rooms and personal filing systems.

Advantages

This Leitz ring binder offers a D-ring mechanism that holds punched documents securely and reduces page shifting. The 50 mm spine allows storage of a large number of A4 sheets while maintaining a compact profile. The binder’s rigid construction and defined dimensions ensure reliable stacking and an even appearance on shelves. FSC-certified materials provide traceability and support sustainable forestry practices.

Suitable for

• Organizing A4 reports, manuals and presentations
• Archive storage for office records and invoices
• Presentations and meeting handouts
• Student coursework and reference materials

Key specifications

• Format: A4 document size compatibility
• Ring type: D-ring mechanism for stable page alignment
• Spine width: 50 mm capacity
• Depth: 281 mm
• Height: 319 mm
• Material certification: Forest Stewardship Council (FSC) certified materials

How to use

Open the D-ring mechanism to insert punched A4 sheets, aligning holes with the rings. Close the rings firmly to secure documents and check that pages turn freely without catching. For presentations, place printed handouts in the front of the binder and use divider tabs or sheet protectors to separate sections. To store the binder, place it upright on a shelf or flat in a cabinet, observing the stated dimensions for shelf planning.

Usage recommendations

Use appropriate hole punching for A4 documents to prevent tearing. For long-term archiving, combine the binder with acid-free sheets or protective pockets. Avoid overfilling beyond the 50 mm capacity to maintain the mechanism’s function and prolong the binder’s lifespan.